Darpan Bansal Email & Phone Number

Rotterdam, South Holland, Netherlands

Delft, South Holland, Netherlands

• Worked in the Flight Performance group at TU Delft on a novel MBSE-based methodology to support the development of KBE applications as a part of the ITEA funded DEFAINE project.
• The goal of the methodology was to decrease the time required to develop new KBE applications / maintain existing applications, and to allow more effective knowledge reuse between projects.
• The goals were accomplished with software solutions that enabled automatic KBE application code generation from a… Show more
• The goals were accomplished with software solutions that enabled automatic KBE application code generation from a SysML knowledge model, and reverse engineering of existing KBE application source code into SysML models.
• Developed a python based plugin for the Optimus PIDO platform to automatically import MDAO workflows from the CMDOWS (Common MDOWorkflow Schema) file format.
• Supervised MSc students and supported the KBE course at TU Delft. Show less

Papendrecht, South Holland, Netherlands

• Completed my master thesis (M.Sc. aerospace engineering at TU Delft) in the Center of Competence (Design) team at GKN Fokker Aerostructures.
• Developed a methodology for "Automating Inclusion of Production Considerations in the Conceptual Design of Aircraft Structures" using digital models.
• The methodology resulted in the addition of a manufacturing model and a (graph-based) assembly model to the KBE application used for conceptual design at GKN Fokker Aerostructures.
• The… Show more
• The methodology enables an effective trade-off between different manufacturing concepts based on important parameters such as total cost, total mass, and production rate. Show less

Papendrecht, South Holland, Netherlands

• A 3-month internship in the Center of Competence (Design) team at GKN Fokker Aerostructures.
• Successfully delivered the first version of a ParaPy based KBE application with the desired functionality.
• The application enables automated parametric design of wing leading edge structures, generation of a finite element mesh, and had an interface to ABAQUS for bird strike analysis.
• The application automated manual processes, leading to time savings.
• Other python packages used:… Show more
• Other python packages used: Sphinx (documentation), numpy, pandas. Show less

Bengaluru Area, India

• Supported the technology and innovation team at Bell, Fort Worth for the airframe design of the Nexus Air Taxi.Fastener Layout:
• Carried out fastener layouts for roof panels, cabin floor, and the sidebody skins.
• Identified and automated certain repetitive procedures by developing macros for CATIA V6 by using VBA.
• For example, a macro that decides on the appropriate pitch length between two selected points. The macro then creates additional points and drill paths in the… Show more
• For example, a macro that decides on the appropriate pitch length between two selected points. The macro then creates additional points and drill paths in the working tree automatically.
• This improved the productivity of the fastener layout procedure.Airframe Design:

India

• Project titled “Parametric weight estimation model development for rotorcraft components”.
• Developed statistics based weight estimation models for the electrical power system and battery of an eVTOL aircraft.
• Used regression analysis and analytical methods; implemented in Minitab and Microsoft Excel (VBA Scripting).
• The models could make predictions with an accuracy of +/- 10 %.
• Assisted the costs and weights team in weight calculation of electrical harness assemblies.

Karnataka, India

• Worked as a teaching assistant in the undergraduate Engineering Graphics Lab.
• Assisted professors in a class of 40 second semester bachelor students in the concepts of engineering drawing on drawing sheets and in AutoCAD Sketcher.

Karnataka, India

• Led the mechanical subsystem of the student team to build a prototype interplanetary exploration rover.
• Designed, analysed and manufactured the rover’s carbon fibre space frame chassis and the suspension mount using hand layup techniques.
• Coordinated and supervised the efforts of the subsystem for the development of all mechanical components for the timely completion of the project.
• Recruited and trained new members in the team for the next iteration of the rover out of a pool… Show more
• Recruited and trained new members in the team for the next iteration of the rover out of a pool of over 100 students.
• The team achieved 1st position out of 20 teams in the Indian Rover Challenge 2018. Show less

Manipal

• Part of a student team involved in building a prototype interplanetary exploration rover.
• Developed the rover’s chassis, electronics enclosure and suspension mounting point.
• Actively involved in research to introduce the use of composite materials in the team.
• Recruited and trained new members in the team for the next iteration of the rover out of a pool of 50 students.
• The team achieved 8th position worldwide and 1st position in Asia out of 82 teams from across the globe… Show more
• The team achieved 8th position worldwide and 1st position in Asia out of 82 teams from across the globe in the University Rover Challenge 2017. Show less

Delhi Area, India

• A 6 week project on “Process benchmarking of processes related to braking system”.
• Successfully completed the project across all Maruti Suzuki assembly shops in Gurugram and Manesar, India.
• Prepared a detailed report suggesting improvements in the assembly process.
• Verified “work instruction sheets” for the newly launched passenger vehicle – Maruti Dzire.
• Analysed the sol sealing process of chassis in one of the paint shops and suggested improvements.

Master Of Science - Msc, Aerospace Engineering, 8.37 / 10

• Completed my master's degree with a specialisation in flight performance at TU Delft, in collaboration with GKN Fokker Aerostructures. •.

Bachelor Of Technology - Btech, Mechanical Engineering, 9.61 / 10

I undertook various technical projects and activities that helped develop both technical and soft skills: • Worked for over two years in a.

High School, Physical Sciences, 94.6%

Activities and Societies: Astronomy Club • Active member of the astronomy club. • Helped organise events like astronomy fairs and.